A Design and Simulation for Dynamically Reconfigurable Systolic Array
Toshiyuki Ishimura, Akinori Kanasugi · 2008
Systolic array is known as an architecture that can process a large amount of data with high speed, by large scale parallel and pipeline processing. If dynamic reconfiguration of systolic array is realized, flexible circuit construction and reduction of circuit scale become possible, without sacrificing the processing speed. Therefore, this paper proposes an architecture of dynamically reconfigurable systolic array (DRSA). The circuit was designed by using VHDL, and verified with a logic circuit simulator. The calculations of matrix such as 1-by-64 and 8-by-8 were simulated correctly with a lot of PEs (Processing Element). The effectiveness of proposed architecture is confirmed by circuit simulation results.